• SS304 Tank
• PLC Controller
• Butterfly Valves with SS Disc
• SS304 Face Piping
• Differential Pressure Initiation for Backwash
• Air Relief Valve
• SS304 Top & Bottom Internals

Application: Beverage Application TOC reduction with Steam/Hot Sanitizable option Carbon filters were provided to reduce TOC with SS material to handle the steam

Water Challenges: This project is aimed at treating beverage applications that contain high TOC levels with carbon filters and SS materials to handle the steam. Our carbon filters are designed to help reach specific water characteristics consisting of elevated TOC levels, taste, odor, pH balancing, and other simple requirements to gather great-quality products with world-wide consistency in flavor. Pure Aqua carbon filters are especially engineered with steam/hot sanitizable options which increase the filters resistance to steam during operation.

Applied Solution: Carbon filtration has been provided to the UAE by our top-rated engineering team at Pure Aqua for the reduction of TOC that lead to lower quality water. Removing these unwanted impurities enhances the drinking water quality for beverage applications, which gives great customer satisfaction. Unlike many other carbon filters that lose performance in steam environments, our filters are designed to be resistant to steam and come with sanitizable options for the removal of bacteria in hot waters.

These features make our carbon filters highly suitable for any and all beverage applications.

This carbon filter is model #ACF63-M-F from our MF-600 Series.

• Reinforced Fiberglass Tanks
• Polyethylene Inner Shell
• Manual Butterfly Valves • PP/PVC sch 80 internal piping and distributor
• Schedule 80 PVC face piping

Water Challenges: – Activated carbon medium is used to remove taste, odor, organic contaminants, and chlorine particularly for drinking water applications. Depending on the feed water quality, typically our activated carbon filters have demonstrated favorable permeate water quality. Please visit our industrial activated carbon filters page to see our selection of products and solutions for advance water quality in the beverage industry.

Applied Solution: – Pure Aqua is committed to providing solutions to the beverage industry through the introduction of advanced activated carbon filters. Our industry-leading activated carbon filters are designed to decrease water and energy consumption, lessen microbial formation, and enhance the operating efficiency, in order to present an optimized carbon filter to our clients. We work in affiliation with major bottling companies around the world to distribute our unmatched activated carbon filters.

• Absolutely will not rust
• Requires little or no maintenance
• Improved water taste and clarity without any chemical

This is model MLF24-A-F, ACF30-A-F from our MF-600 Series.

• Chemical Dosing Systems
• Activated Carbon Filter
• Multi-Media Filter
• Commercial Softener
• Doses Six Gallons Of Chemicals Per Day

Water Challenges: Most new buildings that are constructed for commercial applications, hospitals, schools, and hotels require separation with two different drain pipes between the greywater that discharges from showers, kitchen and bathroom sinks, dishwashers, and laundry; and the second drain pipe collects the blackwater which emanates from the toilet. This process demands much effort to complete precisely before cleaning and filtering the greywater, then reusing it for specific applications.

Applied Solution: Pure Aqua manufactures advanced media filtering systems that are shipped worldwide, with one specific unit being recently shipped to a major company in Qatar. This system includes a number of different components, which all serve different functions. Included was a pair of chemical dosing systems, an activated carbon filter, a multimedia filter, and a commercial softener.

Other than black water, which is not capable of being reused for any application until it is 100% treated and sanitized in a sewage treatment plant, greywater treatment is much simpler to reuse, usually done with storage tanks.

Large concentrations of suspended solids present results in a reduction in water quality. This outcome occurs in the form of turbidity which produces undesirable effects such as color alterations, smell, and taste issues in the water. Scaling can also result due to suspended solids and significantly hampers the performance of equipment and utilities utilized across industries. For these reasons, multimedia filtration systems are depended upon within applications that require high quality treated water. Media filtration has proven to be the most effective treatment method in regard to suspended solids reduction.

Two multimedia filtration systems were designed for a major company in Kuwait. The system was tailor-made for this exact application and delivered recently. Each system has a media filtration tank, each filled with anthracite, gravel, and sand. The overall system has a flow rate of approximately one hundred gallons per minute. The features on these systems allow for a much larger constant flow of clean water than a typical duplex media filtration system.

• Extended filtration running durations
• Greater filtration rates
• The potential for water filtration to work with high turbidity and suspended matter

This is model #BW-173K-4680-3 from our RO-400 Series.

• Powder coated carbon steel frame
• 8” TFC spiral wound membranes
• Stainless steel multi-stage pump with TEFC motor
• FRP membrane housings
• 5 micron cartridge prefilter
• Microprocessor based control panel
• Programmable time delay and set points
• LCD screen
• Motor starter NEMA 12 enclosure
• Low pressure switch
• High pressure switch
• Liquid filled pressure gauges
• Permeate conductivity monitor
• Permeate & concentrate flow meters

Water Challenges: As part of our project’s initiative in Qatar, delivering clean water through our custom-designed well water treatment systems were required in several different locations. Contaminated water from wells were drawn into our system, requiring purification of the polluted water source prior to releasement on-site. Pure Aqua’s well water treatment systems are manufactured to supply industrial sites with as much water purification and reverse osmosis systems for hotel and industrial use, whilst preserving sodium chloride less than 100 ppm. Hotel industries require clean water for many applications such as: showers, kitchens, laundries, swimming pools, boilers and fountains.

Applied Solution: Pure Aqua manufactures top-rated reverse osmosis and multi-media filters with supreme flow rates and especially simple backwash properties that are able to filter down to 20 microns. The system includes feed and backwash pumps, media filter, dechlorination, antiscalant, and post-chlorination dosing systems. The feed water is coming from a brackish well, and the capacity of this system is 173,000 GPD. This system is for industrial use.

• Minimal civil work and construction
• Small footprint
• Plug and play installation
• High-quality components (Grundfos pumps, DOW Filmtec membranes, Codeline vessels, Pure Aqua microprocessor control panel)
• High recovery design
• High rejection membranes
• Low energy and chemical consumption

These are model MLF42A-F, MLF24-A-F-D from our MF-1000 Series.

• Multimedia filters
• Water softener
• UV sterilizer

Water Challenges: The reuse of greywater through media filtration is an efficient practice that is used in various applications such as irrigation and industrial facilities. Many farms are depending solely on the provision of formerly treated greywater to be incorporated in their equipment and system operation. Treatment is required since greywater contains extremely high degrees of pollution in the form of hardness creating minerals, organic substances, sediments, particles, etc. These contaminants can wreak havoc when applied to industrial, commercial, and domestic applications. A rapidly growing practice is reusing greywater and treated sewage effluent (TSE) for the utilization in the irrigation industry. This wastewater, after going through a Membrane Bio-Reactor and Ultrafiltration, may not be suitable for drinking water but is perfect for use in farming and irrigation. There are even farms that rely solely on TSE for their water, taking no water from underground aquifers.

Applied Solution: Pure Aqua, Inc. designs and manufactures water treatment systems in addition to filtration systems to Oman. Pure Aqua successfully manufactured and supplied water filtration systems to a major company in Oman to remove contaminants that makeup greywater such as particulates, organics, odor, and hardness from well water. The filtration systems came with multimedia filters, water softener & UV sterilizer. The filtration system was designed to produce 2 x 97 GPM.

• Produce 2 x 97 GPM

Capacity: 900,000 GPD

Country: Kuwait

Large concentrations of suspended solids present results in a reduction in water quality. This outcome occurs in the form of turbidity which produces undesirable effects such as color alterations, smell, and taste issues in the water. Scaling can also result due to suspended solids and significantly hampers the performance of equipment and utilities utilized across industries. For these reasons, multimedia filtration systems are depended upon within applications that require high quality treated water. Media filtration has proven to be the most effective treatment method in regard to suspended solids reduction.

In December 2006, Pure Aqua successfully supplied a major hotel in Kuwait with an epoxy coated steel tank multi-media filtration units to remove sediment down to the 10 micron range.

The multi-media filtration units were selected from our MF-1000 Series. MLF-42A uses a 42” diameter tank to handle a minimum flow rate of 97gpm.  MLF-36A uses a 36” diameter tank to handle a minimum flow of 71gpm.  Each unit is designed with an automatic stager, 5 metal diaphragm valves, differential pressure switch & gauge, air release valve, flanged connection, sample valves, and in/out pressure gauges. Each system uses the following grades of media: Anthracite, Silica Sand, Garnet, and Gravel (Different layers). Since the time of its start-up in February 2007, the filtration systems have been running smoothly with minimal trouble-shooting.

• Extended filtration running durations
• Greater filtration rates
• The potential for water filtration to work with high turbidity and suspended matter